Page 1
BBeennQ
Q SSoollaarr PPhhoottoovvoollttaaiicc
M
Moodduulleess
IInnssttaallllaattiioonn GGuuiiddee
((IIEECC,, EETTLL))
Poly 60 cells
Poly 60 cellsPoly 60 cells
Poly 60 cells series
seriesseries
series
PM
PMPM
PM060PW
060PW060PW
060PWXXXX
Mono 60 cells series
Mono 60 cells seriesMono 60 cells series
Mono 60 cells series
PM
PMPM
PM060
060060
060MMMMWWWWXXXX////PM060M
PM060MPM060M
PM060MBBBBXXXX
Mono 60 cells with light weight series
Mono 60 cells with light weight seriesMono 60 cells with light weight series
Mono 60 cells with light weight series PM060M0
PM060M0PM060M0
PM060M0XXXX
Poly
Poly Poly
Poly 72 cells series
72 cells series72 cells series
72 cells series
PPPPM072PW
M072PWM072PW
M072PWXXXX/PM072MW
/PM072MW/PM072MW
/PM072MWXXXX
Back contact 96 cells series
Back contact 96 cells seriesBack contact 96 cells series
Back contact 96 cells series PM096B0
PM096B0PM096B0
PM096B0XXXX
Version 2.
Version 2.Version 2.
Version 2.2222
Note: The content of this manual is subject to change without notice.
© 2014 AU Optronics All Rights Reserved
Page 2
1
BenQ Solar
BenQ SolarBenQ Solar
BenQ Solar Photovoltaic Modules
Photovoltaic ModulesPhotovoltaic Modules
Photovoltaic Modules (IEC
(IEC (IEC
(IEC, ET
, ET, ET
, ETLLLL))))
Installation Guide for U
Installation Guide for UInstallation Guide for U
Installation Guide for Users
serssers
sers
Table of Contents
Table of ContentsTable of Contents
Table of Contents
Chapter 1 General Information
Chapter 1 General InformationChapter 1 General Information
Chapter 1 General Information................................
................................................................
................................................................
................................................................
................................................................
................................................................
..........................................
....................
.......... 2222
1.1 Introduction...........................................................................................................................................2
1.2 Limited Warranty and Product Certifications...............................................................................2
1.3 Disclaimer of Liability ..........................................................................................................................2
1.4 Guidelines for Safe Handling and Installation.................................................................................3
Chapter 2 BenQ Solar Module Specifications
Chapter 2 BenQ Solar Module SpecificationsChapter 2 BenQ Solar Module Specifications
Chapter 2 BenQ Solar Module Specifications ................................
................................................................
................................................................
................................................................
..................................................
....................................
.................. 6666
2.1 Performance of PV Modules ..............................................................................................................6
2.2 PM060PW0 Series................................................................................................................................6
2.3 PM060MW0 / PM060MB0 Series .....................................................................................................7
2.4 PM060M01 Series.................................................................................................................................7
2.5 PM072PW0 / PM072MW0 Series.....................................................................................................7
2.6 PM096B00 Series..................................................................................................................................8
Chapter 3 Mounting Guidelines
Chapter 3 Mounting GuidelinesChapter 3 Mounting Guidelines
Chapter 3 Mounting Guidelines ................................
................................................................
................................................................
................................................................
................................................................
................................................................
.........................................
..................
......... 9999
3.1 Mounting with Screws.........................................................................................................................9
3.2 Mounting with Clamps ..................................................................................................................... 10
Chapter 4 Wirin
Chapter 4 WirinChapter 4 Wirin
Chapter 4 Wiring, Connecting and Grounding BenQ Modules
g, Connecting and Grounding BenQ Modulesg, Connecting and Grounding BenQ Modules
g, Connecting and Grounding BenQ Modules................................
................................................................
..................................................
....................................
.................. 16
1616
16
4.1 Wiring & Connecting........................................................................................................................ 16
4.2 Module Grounding............................................................................................................................ 18
4.3 System Grounding (Negative) ........................................................................................................ 19
4.4 System Grounding (Transformerless or Positive) ..................................................................... 20
4.5 Limitation in Connection................................................................................................................. 20
Chapter 5 Maintenance
Chapter 5 MaintenanceChapter 5 Maintenance
Chapter 5 Maintenance................................
................................................................
................................................................
................................................................
................................................................
................................................................
......................................................
............................................
...................... 21
2121
21
5.1 Module Cleaning Guidelines ........................................................................................................... 21
5.2 Module Cleaning Instructions......................................................................................................... 22
5.3 Cleaning the Frame........................................................................................................................... 22
5.4 Visual inspection of the module..................................................................................................... 22
5.5 Inspecting connections and cabling................................................................................................ 22
Chapter 6 Certifications
Chapter 6 CertificationsChapter 6 Certifications
Chapter 6 Certifications ................................
................................................................
................................................................
................................................................
................................................................
................................................................
....................................................
........................................
.................... 23
2323
23
6.1 IEC Certification................................................................................................................................ 23
6.2 ETL Certification ............................................................................................................................... 23
Page 3
2
Chapter 1 General Information
Chapter 1 General InformationChapter 1 General Information
Chapter 1 General Information
1.1 Introduction
The following is the product installation guide for the BenQ Solar photovoltaic modules.
BenQ Solar modules should be installed by qualified professionals only. This guide is designed
to be used in combination with industry recognized best practices and all applicable rules and
regulations.
Please read these instructions in entirety before handling or using this product in any way.
IMPORTANT
IMPORTANTIMPORTANT
IMPORTANT
BENQ SOLAR MODULES AND THIS GUIDE ARE DESIGNED FOR USE BY QUALIFIED
PROFESSIONALS ONLY. FAILURE TO FOLLOW INSTRUCTIONS IN THIS GUIDE AND
OBSERVE INDUSTRY BEST PRACTICES MAY RESULT IN DANGEROUS CONDITIONS
AND COULD VOID THE PRODUCT WARRANTY.
1.2 Limited Warranty and Product Certifications
See BenQ Solar Limited Warranty document for full product warranty details and limitations.
Product Warranty version is based on warranty note in effect at the time of product
manufacturing date. Please download and save a copy of the Warranty Note for reference.
Some product certifications are detailed in chapter 6 of this document. See individual Module
Specifications sheet for more information about product certifications of the desired BenQ
Solar module model.
The most up to date version of both of these documents can be found in the BenQsolar.com
Document Center.
http://www.benqsolar.com/
1.3 Disclaimer of Liability
It is each installer’s responsibility to abide by all relevant rules and regulations when using this
product. Always observe Industry Best Practices when handling, installing, and using this
product. This guide is designed for use by trained and certified solar professionals only. BenQ
Solar does not assume responsibility for loss, damage or expense resulting from installation,
handling or use of this product. BenQ Solar further disclaims any responsibilities to those
installers who did not follow the installation manual to install otherwise.
Page 4
3
1.4 Guidelines for Safe Handling and Installation
IMPORTANT
IMPORTANTIMPORTANT
IMPORTANT
THIS PRODUCT IS DESI
THIS PRODUCT IS DESITHIS PRODUCT IS DESI
THIS PRODUCT IS DESIGNED FOR INSTALLATIO
GNED FOR INSTALLATIOGNED FOR INSTALLATIO
GNED FOR INSTALLATION BY QUALIFIED PERSO
N BY QUALIFIED PERSON BY QUALIFIED PERSO
N BY QUALIFIED PERSONNEL ONLY.
NNEL ONLY.NNEL ONLY.
NNEL ONLY.
ALL HANDLING AND INS
ALL HANDLING AND INSALL HANDLING AND INS
ALL HANDLING AND INSTALLATIONS MUST BE P
TALLATIONS MUST BE PTALLATIONS MUST BE P
TALLATIONS MUST BE PERFORMED IN COMPLIAN
ERFORMED IN COMPLIANERFORMED IN COMPLIAN
ERFORMED IN COMPLIANCE WITH
CE WITH CE WITH
CE WITH
ALL APPLICABLE CODES
ALL APPLICABLE CODESALL APPLICABLE CODES
ALL APPLICABLE CODES,,,, RUL
RUL RUL
RULES AND REGULATIONS.
ES AND REGULATIONS.ES AND REGULATIONS.
ES AND REGULATIONS.
In addition to the applicable rules and regulations, please follow all guidelines for safe handling
and/or installation of BenQ Solar modules. In addition to the guidelines below, always observe
industry best practices when handling and/or installing any BenQ Solar module. Save this
Installation Guide for future reference.
LIFTING AND HANDLING
LIFTING AND HANDLINGLIFTING AND HANDLING
LIFTING AND HANDLING
Do not lift the module or carry module by junction box or PV cables.
Do not drill holes in the frame. This will void warranty and may affect frame strength.
Avoid scratching the frame. Scratches to the frame will compromise protective coating
and can result in corrosion or weakened structure.
Do not scratch or damage the module backsheet. Scrathes to the backsheet could affect
module performance.
Do not stand on, drop, scratch or allow objects to hit modules (especially module glass).
Do not install or handle the modules when wet or during periods of high wind.
Do not install the modules where there may be flammable gases or vapors, since sparks
may be produced.
When storing the modules, take steps to cover the DC connectors and prevent dust
from collecting on or in the connectors.
Save these instructions for future reference.
ELECTRICAL HANDLING AND INSTALLATION
ELECTRICAL HANDLING AND INSTALLATIONELECTRICAL HANDLING AND INSTALLATION
ELECTRICAL HANDLING AND INSTALLATION
Modules interconnect points conduct direct current (DC) and are sources of voltage
when the module is under load and when it is exposed to light.
Direct current can arc across gaps and may cause injury or death if improper connection
or disconnection is made, or if contact is made with module leads that are frayed, torn
or otherwise damaged.
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4
Please use caution when handling or connecting any module.
Remove all metallic jewelry prior to installing this product to reduce the chance of
accidental exposure to live circuits.
Use properly insulated tools to reduce your risk of electric shock.
Do not touch the terminals while the module is exposed to light.
During installation use suitable protection prevent a discharge of at least 30 direct
current volts to each person on crew.
Do not connect or disconnect modules when current from the modules or an external
source is present.
Do not remove or misuse module connectors, this could void module warranty.
Cover all modules in the PV array with an opaque material before making or breaking
any connections.
Use only the supplied locking connectors and safety clips in order to prevent untrained
persons from disconnecting the modules once installed.
There are no serviceable parts within the module. Do not attempt to change or repair
any part of the module.
Damaged modules (broken glass, torn back sheet, broken j-boxes, broken connectors,
etc) can present electrical hazards as well as laceration hazards. Contact with damaged
module surfaces or module frame can cause electric shock. The dealer or installers
should remove the module from array and contact the distributor for disposal
instructions.
FIRE RATING:
BenQ Solar
BenQ Solar BenQ Solar
BenQ Solar Modules have been listed as Class C according to IEC 61730
Modules have been listed as Class C according to IEC 61730Modules have been listed as Class C according to IEC 61730
Modules have been listed as Class C according to IEC 61730----2
2 2
2
standard. In case of roof installation, the PV module assemble is to be mounted o
standard. In case of roof installation, the PV module assemble is to be mounted ostandard. In case of roof installation, the PV module assemble is to be mounted o
standard. In case of roof installation, the PV module assemble is to be mounted on a fire
n a fire n a fire
n a fire
resistant roof covering rated for the application. The PV module is comprised of a glass
resistant roof covering rated for the application. The PV module is comprised of a glass resistant roof covering rated for the application. The PV module is comprised of a glass
resistant roof covering rated for the application. The PV module is comprised of a glass
front surface and
front surface and front surface and
front surface and PET backsheet and has a Class C fire rating.
PET backsheet and has a Class C fire rating.PET backsheet and has a Class C fire rating.
PET backsheet and has a Class C fire rating. For a non
For a nonFor a non
For a non----integral module
integral module integral module
integral module
or panel, the assembly is to be mounted over a fire resistant roof
or panel, the assembly is to be mounted over a fire resistant roofor panel, the assembly is to be mounted over a fire resistant roof
or panel, the assembly is to be mounted over a fire resistant roof----co
coco
covering rated for the
vering rated for the vering rated for the
vering rated for the
application. Modules may be mounted at any angle, from horizontal to vertical.
application. Modules may be mounted at any angle, from horizontal to vertical.application. Modules may be mounted at any angle, from horizontal to vertical.
application. Modules may be mounted at any angle, from horizontal to vertical.
Page 6
5
NOTE: Shading a small/narrow portion of the module (e.g. narrow bands of shade
caused by leafless branches or tall grass) can cause local cell temperature to rise,
temporarily decreasing overall module output.
Removing the source of any narrow bands of shade will prevent these “hot spots” from
occurring, and ensure maximum module productivity. The module will resume normal
performance once the source of shade is removed, with no impact to lifetime.
STORAGE
STORAGESTORAGE
STORAGE
When storing modules for any period of time, cover modules to ensure protection from
the elements. Take special steps to cover/protect the module connectors.
When storing the modules, turn so that the glass is face down. Do not allow water or
dust to collect inside module, this can damage module connectors.
When storing the modules, do not allow the anodized profiles (frames) to come into
contact with contaminants such as cement or mortar, which will cause damage to the
anodic oxide coatings.
*A
*A*A
*Always contact your module supplier for additional instructions if maintenance is necessary.
lways contact your module supplier for additional instructions if maintenance is necessary.lways contact your module supplier for additional instructions if maintenance is necessary.
lways contact your module supplier for additional instructions if maintenance is necessary.****
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Chapter 2
Chapter 2Chapter 2
Chapter 2 BenQ Solar Module Specifications
BenQ Solar Module SpecificationsBenQ Solar Module Specifications
BenQ Solar Module Specifications
The module electrical ratings are measured under Standard Test Conditions (STC) of
1000W/m2 irradiance with AM 1.5G spectrum and a cell temperature of 25ºC. BenQ Solar
modules electrical characteristics depend on module Series and Wattage. Please refer to the
tables below to learn more about the characteristics of your module(s).
2.1 Performance of PV Modules
A PV module may produce more current and/or voltage than reported at STC. Sunny, cool
weather and reflection from snow or water can increase current and power output.
Therefore, the values of Isc and Voc shown below should be multiplied by a factor of 1.25
when determining component voltage ratings, conductor capacities, fuse sizes, and size of
controls connected to PV output. An additional 1.25 multiplier may be required by the NEC
for sizing fuses and conductors as described in the NEC section 690.8.
While module current depends on solar irradiance, module voltage will vary depending on
device temperature. This means overall production will vary depending on solar radiation, the
temperature of the cells/module and the equipment to which they are connected.
2.2 PM060PW0 Series
Module Dimensions (L x W x H):
Module Dimensions (L x W x H):Module Dimensions (L x W x H):
Module Dimensions (L x W x H): 1639 x 983 x 40 mm (64.52 x 38.7 x 1.57 in)
Module Weight:
Module Weight: Module Weight:
Module Weight: 18.5 kg (41.1 lbs)
Power
250W
255W
260W
265W
270W
Efficiency
15.5% 15.8% 16.1% 16.4% 16.7%
Vmp (V)
30.6 30.8 31.2
31.6
32.0
Imp (A)
8.17 8.28 8.34 8.39 8.44
Voc (V)
37.4 37.7 37.7 37.9 38.1
Isc (A)
8.69 8.76 8.83 8.87 8.93
Maximum Tolerance of Power
0 / +3%
Page 8
7
2.3 PM060MW0 / PM060MB0 Series
Module Dimensions (L x W x H):
Module Dimensions (L x W x H):Module Dimensions (L x W x H):
Module Dimensions (L x W x H): 1639 x 983 x 40 mm (64.52 x 38.7 x 1.57 in)
Module Weight:
Module Weight:Module Weight:
Module Weight: 18.5 kg (41.1 lbs)
Power 265W 270W 275W 280W 285W 290W
Efficiency
16.4% 16.8% 17.1% 17.4% 17.7% 18.0%
Vmp (V)
31.30 31.80 32.30 32.70 31.00 31.30
Imp (A)
8.47 8.50 8.52 8.57 9.20 9.27
Voc (V)
38.2 38.5 38.7 38.9 40.0 40.4
Isc (A)
8.98 9.01 9.03 9.06 9.80 9.82
Maximum Tolerance
of Power
0 / +3%
2.4 PM060M01 Series
Module Dimension
Module DimensionModule Dimension
Module Dimensions (L x W x H):
s (L x W x H):s (L x W x H):
s (L x W x H): 1639 x 983 x 35 mm (64.52 x 38.7 x 1.38 in)
Module Weight:
Module Weight: Module Weight:
Module Weight: 10.5 kg (23.3 lbs)
Power 265W 270W 275W 280W 285W 290W
Efficiency
16.4% 16.8% 17.1% 17.4% 17.7% 18.0%
Vmp (V)
31.30 31.80 32.30 32.70 31.00 31.30
Imp (A)
8.47 8.50 8.52 8.57 9.20 9.27
Voc (V)
38.2 38.5 38.7 38.9 40.0 40.4
Isc (A)
8.98 9.01 9.03 9.06 9.80 9.82
Maximum Tolerance
of Power
0 / +3%
2.5 PM072PW0 / PM072MW0 Series
Module Dimensions (L x W x H):
Module Dimensions (L x W x H):Module Dimensions (L x W x H):
Module Dimensions (L x W x H): 1956 x 992 x 40 mm (77.00 x 39.05 x 1.57 in)
Module Weight:
Module Weight: Module Weight:
Module Weight: 26 kg (57.33 lbs)
Power
300W
305W
310W
Efficiency
15.4% 15.7% 16.0%
Vmp (V)
36.7 36.9 37.1
Imp (A)
8.17 8.25 8.33
Voc (V)
45.5 45.6 45.7
Isc (A)
8.62 8.68 8.77
Maximum Tolerance of Power
0 / +3%
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2.6 PM096B00 Series
Module Dimensions (L x W x H):
Module Dimensions (L x W x H):Module Dimensions (L x W x H):
Module Dimensions (L x W x H): 1559 x 1046 x 46 mm (61.38 x 41.18 x 1.81 in)
Module Weight:
Module Weight:Module Weight:
Module Weight: 18.6 kg (41.3 lbs)
Power
315W
320W
325W
327W
330W
Efficiency
19.3% 19.6% 19.9% 20.1% 20.3%
Vmp (V)
54.7 54.7 54.7 54.7 54.7
Imp (A)
5.76 5.86 5.94 5.98 6.04
Voc (V)
64.6 64.8 64.9 64.9 64.9
Isc (A)
6.14 6.27 6.39 6.46 6.52
Maximum Tolerance of Power
0 / +3%
Page 10
9
Chapter 3
Chapter 3 Chapter 3
Chapter 3 Mounting
MountingMounting
Mounting Guidelines
Guidelines Guidelines
Guidelines
Modules may be mounted at any angle from horizontal to vertical. Select the appropriate
orientation to maximize sunlight exposure.
A gap between the module and system structure or ground is required to prevent wire
damage and to allow air to circulate behind the module.
Take care to follow all applicable regulations, especially municipal and fire codes, when
planning and executing your installation. Do not remove or alter the module frame.
Additional mounting holes may damage the module and reduce the strength of the frame.
IMPORTANT
IMPORTANTIMPORTANT
IMPORTANT
MODULES
MODULESMODULES
MODULES SHOULD ONLY BE MOUN
SHOULD ONLY BE MOUN SHOULD ONLY BE MOUN
SHOULD ONLY BE MOUNTED USING ONE OF THE
TED USING ONE OF THETED USING ONE OF THE
TED USING ONE OF THE FOLLOWING
FOLLOWING FOLLOWING
FOLLOWING
METHODS
METHODSMETHODS
METHODS.... DEVIATING FROM THE
DEVIATING FROM THE DEVIATING FROM THE
DEVIATING FROM THE MOUNTING INSTRUCTION
MOUNTING INSTRUCTIONMOUNTING INSTRUCTION
MOUNTING INSTRUCTIONS BELOW COULD
S BELOW COULD S BELOW COULD
S BELOW COULD
AFFECT MAX WIND LOAD
AFFECT MAX WIND LOADAFFECT MAX WIND LOAD
AFFECT MAX WIND LOAD AND/OR PRODUCT WARR
AND/OR PRODUCT WARR AND/OR PRODUCT WARR
AND/OR PRODUCT WARRANTY.
ANTY.ANTY.
ANTY.
3.1 Mounting with Screws
• Secure the module to the structure using only the factory drilled mounting holes.
• Do not drill any additional holes in module frame (doing so would void the warranty).
• Use corrosion-proof fastening materials.
• A torque wrench must be used for assembly. In the examples shown, the tightening
torque of M6 size screw should be 8N．m and the tightening torque of M8 size screw
should be 21N．m.
• Refer to product datasheet for the module dimensions and mounting hole locations.
PM060PW0 / PM060PW1 / PM060MW0 / PM060MW1 / PM060MW2 / PM060MW3 /
PM060PW0 / PM060PW1 / PM060MW0 / PM060MW1 / PM060MW2 / PM060MW3 / PM060PW0 / PM060PW1 / PM060MW0 / PM060MW1 / PM060MW2 / PM060MW3 /
PM060PW0 / PM060PW1 / PM060MW0 / PM060MW1 / PM060MW2 / PM060MW3 /
PM060MB0 / PM060MB1 / PM060MB2 / PM060MB3
PM060MB0 / PM060MB1 / PM060MB2 / PM060MB3PM060MB0 / PM060MB1 / PM060MB2 / PM060MB3
PM060MB0 / PM060MB1 / PM060MB2 / PM060MB3
Secure each module to the structure using four stainless steel bolts, with nuts, washers, and
lock washers. When using this mounting option, only the existing mounting holes (with the
current diameter of 9mm
9mm9mm
9mm) can be used for module to meet 5400Pa design strength under IEC
61215/ IEC 61730 and UL 1703.
Page 11
10
PM060
PM060PM060
PM060MMMMWWWWRRRR / PM060
/ PM060 / PM060
/ PM060MBR
MBRMBR
MBR
Secure each module to the structure using four stainless steel bolts, with nuts, washers, and
lock washers. When using this mounting option, only the existing mounting holes (with the
current diameter of 9mm
9mm9mm
9mm) can be used for module to meet 5400Pa design strength under UL
1703.
PM
PMPM
PM060M01
060M01060M01
060M01
Secure each module to the structure using four stainless steel bolts, with nuts, washers, and
lock washers. Only the existing mounting holes (Diameter: 6.
6.6.
6.6666mm
mmmm
mm) that can be used for
module to meet 3600Pa design strength under IEC 61215/ IEC 61730 and to meet 2400Pa
design strength under UL 1703.
PM
PMPM
PM072
072072
072PPPPWWWW0000 / PM072MW0
/ PM072MW0 / PM072MW0
/ PM072MW0
Secure each module to the structure using four stainless steel bolts, with nuts, washers, and
lock washers. When using this mounting option, only the existing mounting holes (with the
current diameter of 8888mm
mmmm
mm) can be used for module to meet 5400Pa design strength under UL
1703.
PM
PMPM
PM072
072072
072PPPPWWWWAAAA
Secure each module to the structure using four stainless steel bolts, with nuts, washers, and
lock washers. When using this mounting option, only the existing mounting holes (with the
current diameter of 8mm
8mm8mm
8mm) can be used for module to meet 5400Pa design strength under IEC
61215/ IEC 61730.
PM096B00
PM096B00PM096B00
PM096B00
Secure each module to the structure using four M6 (¼”)
M6 (¼”)M6 (¼”)
M6 (¼”) stainless steel bolts, with nuts,
washers, and lock washers per module. Only the mounting holes that are 322mm (12.6772
inches) from the short end of the module can be used for the module to meet 5400 Pa design
strength.
3.2 Mounting with Clamps
• Clips and clamps are not provided by BenQ Solar.
• The clamping clips on the side frame must be in parallel – equidistant from the closest
module frame corner (see Figure 1).
• Ensure the clamps are of sufficient design strength to allow for the maximum design
pressure of the module.
Page 12
11
• Measurements of D1, D2, D3, and D4 below describe the centerline of the mounting
clamp to the closest corner of the module frame.
• Clips and clamps are not provided by BenQ Solar.
BenQ Solar suggests following conditions below for installation.
a. Width of clip or clamp : 100mm
b. Material : Aluminum
c. Height of clip of clamp : equal to module frame height
d. Recommended bolt torque : refer to item 3.1
• Installation guide
a. Please check the center of the clamps alignment with mounting points.
b. The ranges of mounting places are illustrated in Figure 2 and Figure 3.
c. Clamp and frame should attached well without gap as picture ○c shown below.
d. Please fix clamps on system rails as the picture○d shown below.
e. Please tighten the screws in bolt torque of 20 N．m, then finish the installation as
the picture○e shown below.
Page 13
12
X : equal to module frame height
X : equal to module frame heightX : equal to module frame height
X : equal to module frame height
• There are two clamping methods available (see Clamp Location Details below for
specific measurements):
o Clamp on the long side of the frame (see Figure 2, measurements below)
o Clamp on the short side of the frame (see Figure 3, measurements below)
Figure
Figure Figure
Figure 1111 Top view and back view of module installed on a parallel mounting structure
Page 14
13
Figure
Figure Figure
Figure 2222 Long rail mounting clamp range (D1 and D2)
Figure
Figure Figure
Figure 3333 Short rail mounting clamp range (D3 and D4)
Page 15
14
Long Rail (5400 Pa)
Long Rail (5400 Pa)Long Rail (5400 Pa)
Long Rail (5400 Pa) Short Rail (2400 Pa)
Short Rail (2400 Pa)Short Rail (2400 Pa)
Short Rail (2400 Pa)
Model Name D1 D2 D3 D4
PM060PW0
165 mm ( 6.49 in) 245mm (9.64 in) 158 mm (6.22 in) 238 mm (9.36 in)
PM060PW1
165 mm ( 6.49 in) 245mm (9.64 in) 158 mm (6.22 in) 238 mm (9.36 in)
PM060PWA
165 mm ( 6.49 in) 245mm (9.64 in)
PM060PWB
165 mm ( 6.49 in) 245mm (9.64 in)
PM060M01*
281 mm (11.06 in) * 375 mm (14.76 in) *
PM060MW0
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MW1
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MW2
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MW3
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MWR
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MB0
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MB1
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MB2
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MB3
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM060MBR
205mm (8.07in)
271mm (10.67in)
124 mm (4.88 in) 198 mm (7.80 in)
PM072PW0
130mm (5.11 in) 490 mm (19.29 in)
PM072PWA
130mm (5.11 in) 490 mm (19.29 in)
PM072MW0
130mm (5.11 in) 490 mm (19.29 in)
PM096B00
250 mm (9.84 in) 400 mm (15.75 in) 215 mm (8.46 in) 315 mm (12.4 in)
* PM060M01 has a max design strength of 3600 Pa.
PM060PW0
PM060PW0PM060PW0
PM060PW0 / PM060PW1
/ PM060PW1 / PM060PW1
/ PM060PW1 Module Clamp Location Details
Module Clamp Location DetailsModule Clamp Location Details
Module Clamp Location Details
• Long rail
Long railLong rail
Long rail clamping for 5400 Pa design strength: clamp between D1
D1 D1
D1 –––– 165
165 165
165 mm (
mm (mm (
mm ( 6.49
6.49 6.49
6.49 in)
in) in)
in)
and D2
and D2 and D2
and D2 –––– 245
245 245
245 mm (
mm (mm (
mm (9.64
9.649.64
9.64 in)
in) in)
in) from the closest short side of the module.
• Short rail
Short railShort rail
Short rail clamping for 2400 Pa design strength: clamp between D3
D3 D3
D3 ––––111158
5858
58 mm (
mm ( mm (
mm (6666....22
2222
22 in)
in) in)
in)
and D4
and D4 and D4
and D4 –––– 23
2323
238 mm
8 mm8 mm
8 mm ((((9999....36
3636
36 in)
in) in)
in) from the closest long side of the module.
Page 16
15
PM060PWA / PM060PWB
PM060PWA / PM060PWB PM060PWA / PM060PWB
PM060PWA / PM060PWB Module Clamp Location Details
Module Clamp Location DetailsModule Clamp Location Details
Module Clamp Location Details
• Long rail
Long railLong rail
Long rail clamping for 5400 Pa design strength: clamp between D1
D1 D1
D1 –––– 165
165 165
165 mm (
mm (mm (
mm ( 6.49
6.49 6.49
6.49 in)
in) in)
in)
and D2
and D2 and D2
and D2 –––– 245
245 245
245 mm (
mm (mm (
mm (9.64
9.649.64
9.64 in)
in) in)
in) from the closest short side of the module.
PM060MW0 /
PM060MW0 / PM060MW0 /
PM060MW0 / PM060MW
PM060MWPM060MW
PM060MW1 /
1 / 1 /
1 / PM060MW2
PM060MW2PM060MW2
PM060MW2 //// PM060MW3
PM060MW3PM060MW3
PM060MW3 //// PM060MWR /
PM060MWR / PM060MWR /
PM060MWR / PM060MB0
PM060MB0PM060MB0
PM060MB0 ////
PM060MB1
PM060MB1PM060MB1
PM060MB1 //// PM060MB2
PM060MB2PM060MB2
PM060MB2 //// PM060MB3
PM060MB3PM060MB3
PM060MB3 / PM060MBR
/ PM060MBR / PM060MBR
/ PM060MBR Module Clamp Location Details
Module Clamp Location DetailsModule Clamp Location Details
Module Clamp Location Details
• Lon
LonLon
Long rail
g railg rail
g rail clamping for 5400 Pa design strength: clamp between D1
D1 D1
D1 –––– 205
205 205
205 mm (
mm (mm (
mm ( 8.07
8.07 8.07
8.07 in)
in) in)
in)
and D2
and D2 and D2
and D2 –––– 271
271 271
271 mm (
mm (mm (
mm (10.67
10.6710.67
10.67 in)
in) in)
in) from the closest short side of the module.
• Short rail
Short railShort rail
Short rail clamping for 2400 Pa design strength: clamp between D3
D3 D3
D3 –––– 1
1 1
124
2424
24 mm (
mm ( mm (
mm (4444.8
.8.8
.88888 in)
in) in)
in)
and D4
and D4 and D4
and D4 –––– 111198 mm
98 mm98 mm
98 mm ((((7777....80
8080
80 in)
in) in)
in) from the closest long side of the module.
PM
PMPM
PM060
060060
060M01 Module Clamp Location Details
M01 Module Clamp Location DetailsM01 Module Clamp Location Details
M01 Module Clamp Location Details
• Long rail
Long railLong rail
Long rail clamping for 3600
36003600
3600 Pa design strength: clamp between D1
D1 D1
D1 –––– 281
281281
281 mm (
mm ( mm (
mm (11.06
11.0611.06
11.06 in)
in) in)
in)
and D2
and D2 and D2
and D2 –––– 375
375 375
375 mm (
mm (mm (
mm (14.76
14.7614.76
14.76 in)
in) in)
in) from the closest short side of the module.
PM
PMPM
PM072PW0 /
072PW0 /072PW0 /
072PW0 / PM
PMPM
PM072PWA /
072PWA /072PWA /
072PWA / PM
PM PM
PM072MW0
072MW0072MW0
072MW0 Module Clamp Location Details
Module Clamp Location Details Module Clamp Location Details
Module Clamp Location Details
• Long rail
Long railLong rail
Long rail clamping for 5400 Pa design strength: clamp between D1
D1 D1
D1 –––– 130
130130
130 mm (
mm ( mm (
mm (5.11
5.115.11
5.11 in)
in) in)
in)
and D2
and D2 and D2
and D2 –––– 490
490490
490 mm (
mm ( mm (
mm (19
1919
19....29
2929
29 in)
in) in)
in) from the closest short side of the module.
PM096B
PM096BPM096B
PM096B00000 Module Clamp Location Details
0 Module Clamp Location Details0 Module Clamp Location Details
0 Module Clamp Location Details
• Long rail
Long railLong rail
Long rail clamping for 5400 Pa design strength: clamp between D1
D1 D1
D1 –––– 2
2 2
250
5050
50 mm (9.84 in)
mm (9.84 in) mm (9.84 in)
mm (9.84 in)
and D2
and D2 and D2
and D2 –––– 400
400400
400 mm (15.75 in)
mm (15.75 in) mm (15.75 in)
mm (15.75 in) from the closest short side of the module.
• Short rail
Short railShort rail
Short rail clamping for 2400 Pa design strength: clamp between D3
D3 D3
D3 –––– 215
215215
215 mm (
mm ( mm (
mm (8888....46
4646
46 in)
in) in)
in)
and D4
and D4 and D4
and D4 –––– 315
315315
315 mm (1
mm (1 mm (1
mm (12.4
2.42.4
2.4 in)
in) in)
in) from the closest long side of the module.
Page 17
16
Chapter
Chapter Chapter
Chapter 4444 Wiring
WiringWiring
Wiring, Connecting
, Connecting , Connecting
, Connecting and Grounding
and Groundingand Grounding
and Grounding BenQ Modules
BenQ Modules BenQ Modules
BenQ Modules
4.1 Wiring & Connecting
DO NOT do any change or adjustment on the cable of Junction Box.
DO NOT disconnect DC Cables alone, someone should always be nearby!
DO NOT disconnect/connect modules while they are under load!
DO NOT assemble the connector with wet or dirty hands.
Always make sure that all locking connectors are fully engaged and locked. Otherwise faulty
connetions can result in arcs, electrical shock, and equipment damage.
IMPORTANT
IMPORTANTIMPORTANT
IMPORTANT
Do not bend the cable directly behind the contact point. A minimum bending radius of r≥4x
(static steady), r≥5x (dynamic) cable diameter must be maintained. The cable must be routed
in a way that tensile stress on the conductor or connection(s) is avoided.
Table1 PV Cable Feature
Table1 PV Cable FeatureTable1 PV Cable Feature
Table1 PV Cable Feature
Figure
Figure Figure
Figure 4444 The minimum bending radius of cable
Pay attention to the following when wiring:
Pay attention to the following when wiring:Pay attention to the following when wiring:
Pay attention to the following when wiring:
1.
1.1.
1. Correct wiring scheme
Correct wiring schemeCorrect wiring scheme
Correct wiring scheme
Check that the wiring is correct before commissioning the system. If the measured open
circuit voltage differs from the specifications, then there is a wiring fault. Ensure that the
polarity is correct.
Page 18
17
2.
2.2.
2. Correct DC plug connection method
Correct DC plug connection methodCorrect DC plug connection method
Correct DC plug connection method
Make connections only in dry conditions. Ensure that connections are secure and tight.
3.
3.3.
3. Use
Use Use
Use correctly rated materials
correctly rated materialscorrectly rated materials
correctly rated materials
Use PV rated solar cable for wiring and suitable connectors only. Ensure that they are in
perfect electrical and mechanical condition. Use only single wire cables. Select a suitable
conductor diameter to minimize voltage drop.
4.
4.4.
4. CCCCaaaable protection
ble protectionble protection
ble protection
Secure the cables to the mounting system using UV-resistant cable ties. Protect exposed
cables from damage using suitable precautions. Avoid leaving DC cables in direct and
extended exposure to sunlight.
WWWWIRING AND INSTALLATION GUIDELINES
IRING AND INSTALLATION GUIDELINESIRING AND INSTALLATION GUIDELINES
IRING AND INSTALLATION GUIDELINES
Please note the following instructions:
• To ensure the correct orientation of the module, the module should face southwards
in the northern hemisphere and northwards in the southern hemisphere.
• The module must be installed so that air can freely circulate around it. Keeping the
cells’ operating temperature low will allow for the best possible performance. The
module’s performance will be enhanced.
• Do not install modules in systemic and ongoing shade; this can cause the temperature
of exposed cells to rise, reducing output, and may stress conductive bonds in module.
• The DC conductors must be properly gauged so that the voltage drop does not
exceed 2% of the nominal voltage.
• BenQ Solar PV modules are supplied with or without cables, according to where they
are ordered. If supplied without cables, it is recommended that cables with cross
sections between 4 and 10 mm2 be used.
• The cables, which allow easy handling while providing high protection against
overloads and short-circuits. They are made of flexible Cu conductors, cross linked
insulated polyethylene and coated with polyvinyl chloride or similar insulation. The
insulation is flame, acid and alkali resistant and should be stored in an area free of any
corrosive gases.
DC CONNECTION WIRING/ INSTALLATION WARN
DC CONNECTION WIRING/ INSTALLATION WARNDC CONNECTION WIRING/ INSTALLATION WARN
DC CONNECTION WIRING/ INSTALLATION WARNINGS
INGSINGS
INGS
• The modules should be handled and installed by qualified persons only.
• Keep all panel connectors dry and clean at all times. Do not attempt to establish an
electrical connection with wet, soiled, dusty/dirty, or otherwise faulty connectors.
• Unconnected connectors must be covered/protected at all times to prevent dust,
foreign particles, etc. from accumulating within prior to connection.
• Do not allow unprotected connectors to rest on the ground or roof surface.
Page 19
18
• Do not climb up or walk on the module.
• Do not drop the module or throw objects on the module.
• Use the module only for the purpose to which it is designed.
• Do not dismantle the module or remove any part, label, or piece assembled by the
manufacturer without the manufacturer’s authorization.
• Do not concentrate sunlight or other artificial light sources onto the module.
• Use tools duly coated with insulating material while working with the modules.
• Always work under dry conditions.
• Do not install the modules where there may be flammable gases or vapors, since
sparks may be produced.
• Take care to avoid electric discharges when installing, wiring, starting up or carrying
out maintenance work on the modules.
• Do not touch the terminals while the module is exposed to light.
• Install with suitable protection to redirect a discharge of 30 or more direct current
volts to if delivered any person on the installation team.
• Please prevent adherent of oil such as paraffin liquid, animal oil and vegetable oil form
molding parts. It may be cracked or broken and loose the performance of Junction
Box and connectors.
4.2 Module Grounding
BenQ Solar PV modules have a clearly marked grounding hole on each side of the frame for
inserting the ground contact. The grounding screw and bolt are usually sold separately from
the mounting equipment.
Please make sure the grounding screw breaks the anodized surface of the module frame
around the holes. Another option is to scratch off the anodizing before the grounding
connection is made. The frame is fully insulated by the anodizaiton process, so this step is
essential for proper ground contact..
An anti-oxidation compound should be applied to the bare aluminum surface for protection.
Use a layer of insulation if the support structure material is different than the frame material
(aluminum) to prevent galvanic corrosion.
If the support structure is a non conductor, a dedicated ground cable must be connected to
each module frame by means of a suitable fastening system. The fastening system must be
spliced with a cable that has a minimum diameter of 2.5mm2.. Please make sure that each
module is grounded properly per local municipal requirements. The recommended assembly
of grounding screw is shown below in Figure 5.
Note: When using a Tapping Screw for grounding, the cap washer is used for buffer only and can be substituted
by any M4-M4.5 washer.
Page 20
19
Figure
Figure Figure
Figure 5555 Recommended grounding connection
Per NEC 250.136, electrical equipment secured to and in electrical contact with a metal rack
or structure provided for its support and grounded by one of the means indicated in 250.134
shall be considered effectively grounded.
Failure to
Failure to Failure to
Failure to properly ground each module
properly ground each moduleproperly ground each module
properly ground each module will reduce the performance of the system and
will reduce the performance of the system and will reduce the performance of the system and
will reduce the performance of the system and
invalidate BenQ
invalidate BenQ invalidate BenQ
invalidate BenQ SSSSolar
olarolar
olar’s
’s’s
’s Limited Power Warranty for PV Mo
Limited Power Warranty for PV Mo Limited Power Warranty for PV Mo
Limited Power Warranty for PV Modules.
dules. dules.
dules.
Grounding of the module frame can be achieved through use of clamps that penetrate the
anodization in conjunction with grounding of the mounting system or through direct
grounding of the frames by attaching a copper wire to a grounding hole of each module (bolt
size, M6 × 1.0 × 50).
4.3 System Grounding (Negative)
PM060PW0 /
PM060PW0 / PM060PW0 /
PM060PW0 / PM060PW
PM060PWPM060PW
PM060PW1111 /
/ /
/ PM060P
PM060PPM060P
PM060PWA
WA WA
WA / PM060PW
/ PM060PW/ PM060PW
/ PM060PWB
B B
B //// PPPPM060M01 /
M060M01 / M060M01 /
M060M01 / PM060MW0
PM060MW0 PM060MW0
PM060MW0 ////
PM060MW1
PM060MW1PM060MW1
PM060MW1 //// PM060MW2
PM060MW2PM060MW2
PM060MW2 //// PM060MW3
PM060MW3PM060MW3
PM060MW3 //// PM060MWR /
PM060MWR / PM060MWR /
PM060MWR / PM060MB0
PM060MB0PM060MB0
PM060MB0 //// PM060MB1
PM060MB1PM060MB1
PM060MB1 ////
PM060MB2
PM060MB2PM060MB2
PM060MB2 //// PM060MB3
PM060MB3PM060MB3
PM060MB3 / PM060MBR / PM072PW0
/ PM060MBR / PM072PW0 / PM060MBR / PM072PW0
/ PM060MBR / PM072PW0 / PM
/ PM/ PM
/ PM072
072072
072PWA
PWAPWA
PWA / PM072MW0
/ PM072MW0/ PM072MW0
/ PM072MW0
For optimal performance, AUO photovoltaic modules should only be used in conjunction
with galvanically insulated inverters where the negative (-) polarity of the PV array is
connected to ground protected by a fuse.
Page 21
20
4.4 System Grounding (Transformerless or Positive)
PM
PMPM
PM096B00
096B00096B00
096B00
Comply with the local regulations for earthing the modules and the PV array.
Grounding of the module frame can be achieved through use of clamps that penetrate the
anodization in conjunction with grounding of the mounting system or through direct
grounding of the frames by attaching a copper wire to a grounding hole of each module.
4.5 Limitation in Connection
IEC
IECIEC
IEC
The IEC 61730 certificate of these modules guarantees their insulation up to a DC voltage of
The IEC 61730 certificate of these modules guarantees their insulation up to a DC voltage of The IEC 61730 certificate of these modules guarantees their insulation up to a DC voltage of
The IEC 61730 certificate of these modules guarantees their insulation up to a DC voltage of
1000 V. (IEC
1000 V. (IEC1000 V. (IEC
1000 V. (IEC 61730
61730 61730
61730 Standard).
Standard). Standard).
Standard).
ET
ETET
ETLLLL
The UL 1703 certificate of these modules guarantees their insulation up to a DC voltage of
The UL 1703 certificate of these modules guarantees their insulation up to a DC voltage of The UL 1703 certificate of these modules guarantees their insulation up to a DC voltage of
The UL 1703 certificate of these modules guarantees their insulation up to a DC voltage of
1000
10001000
1000 V. (UL
V. (UL V. (UL
V. (UL 1703
1703 1703
1703 Standard).
Standard).Standard).
Standard).
Both standards apply to all module series described in this manual, however, a cable with a
suitable cross section must be used for conducting the sum of the currents as generated by
the modules. A series protection fuse of 15A is recommended for each string when module
strings are wired in parallel.
BenQ Solar recommends the PV conductor, which cross section is 4 mm2. External
connection boxes can be used to enable greater cable cross section area for long distance
transmission.
The modules are qualified for the application class A: Hazardous voltage (IEC 61730: higher
than 50V; EN 61730: higher than 120V), hazardous power applications (higher than 240W)
where general contact access is anticipated.
Recommended maximum series/parallel module configurations for 1000V inverter.
Maximum series = 1000V / Product Voc / 1.25 (safety factor)
Example : The Voc of PM200M00_200 is 30.4V,then the maximum series/parallel module
configurations for 1000V inverter is 26.
Formula
1000V / 30.4V / 1.25 = 26
Page 22
21
Chapter
Chapter Chapter
Chapter 5555 Mainten
MaintenMainten
Maintenance
anceance
ance
Inspect all modules annually for safe electrical connections, sound mechanical connection,
and corrosion.
BenQ Solar PV module may use Anti-Reflective Coating (ARC) glass technology to
enhance power output.
Do not to touch glass surface unless wearing clean gloves in order to prevent
fingerprints or smudges on the ARC. Fingerprints may be removed with standard glass
cleaner.
Periodically clean glass and the module surface only with a soft cloth or sponge using
mild detergent and water.
Do not use harsh cleaning materials such as scouring powder, steel wool, scrapers,
blades, or other sharp instruments to clean the glass surface of the module. Use of such
materials will void the product warranty.
5.1 Module Cleaning Guidelines
Dirt piled up on the module’s transparent surface reduces its performance and may cause the
module hot spot effect. This problem may become serious in the case of industrial waste and
bird droppings collecting on the module surface.
Thin layers of dust (normal soiling) that reduce the sun’s intensity evenly are not dangerous
and the power reduction is not as significant as other debris.
Clean the module array regularly to address reduced production due to soiling. The
frequency of cleaning depends on how quickly material accumulates. Mounting the module at
or above a 15 degree angle will help prevent dust and debris from collecting on the module.
In many cases, rainfall may reduce or remove the need to clean the modules. It is best to
clean the module during early morning, late afternoon or cloudy day. Do not clean module
during high temperature, temperature lower than zero degrees Celsius, or any time when
there is a large temperature difference between module and cleanser.
If it is necessary to clean back side of module, do not damage any components. Avoid allowing
any oily liquids such as paraffin liquid, animal oil, or vegetable oil contacting with junction box,
cable and connector. BenQ Solar PV modules can withstand snow pressure of 2400 Pa.(UL
1703) Please use soft brush lightly removing snow pileup. Do not try to remove frozen snow
and solid ice on the module (it will eventually melt off).
Page 23
22
5.2 Module Cleaning Instructions
Solution Mixture:
Solution Mixture:Solution Mixture:
Solution Mixture: clean water with low mineral amount, non-abrasive/ non-caustic detergent,
weak acid/weak alkalescent solution, or solution of PH < 10.
Cleaning
Cleaning Cleaning
Cleaning Tool:
Tool:Tool:
Tool: soft brush, non-conductive brush, non-abrasive sponge, non-abrasive cloth,
seamless cloth. Do not use high pressure spray.
1. Clean module and glass surface with solution and tools fitting the above descriptions.
2. If dirty area on glass surface which is hard to be cleaned such as oily substances or sap,
try to use commercial glass detergent, alcohol, isopropanol (IPA), or sodium
bicarbonate solution.
3. Use clean water to rinse glass clean of all cleaning solution. Dry wet modules using a
clean and dry cloth. Do not leave stagnant water on glass surface.
5.3 Cleaning the Frame
BenQ Solar module frames include an anodic oxide coating to increase produce life. The
cleaning cycle for regular anodic oxide coatings is generally every six months. When
cleaning, be sure not to damage or scratch this coating. Dirt on the frame can generally be
cleaned off using warm, mildly soapy water and a fiber brush. Do not use abrasive cleaning
tools like steel wool or acidic/ alkaline chemicals to clean.
(Reference：GB 5237.2, Wrought aluminum alloy extruded profiles for architecture)
5.4 Visual inspection of the module
During regular cleaning cycles, be sure to visually inspect each module. The purpose of visual
inspection is to detect possible faults or damage. Specifically:
Possible broken glass.
Rust on the circuits and soldering of the PV cells. Normally this is due to moisture
entering the module through a breakage in the encapsulating layer during installation or
transport.
5.5 Inspecting connections and cabling
While performing semi annual maintenance, carry out the following operations:
Check the tightness and condition of the connection cable junctions.
Check the junction box sealing. Should sealing faults be observed, the items which have
been affected should be replaced and cleaned. Contact BenQ Solar for additional
information about resolving faults in module seal.
Page 24
23
Chapter 6 Certification
Chapter 6 CertificationChapter 6 Certification
Chapter 6 Certificationssss
6.1 IEC Certification
The PV modules provided by BenQ Solar all pass the design qualification and type
approval standard IEC 61215 edition 2.
The PV modules provided by BenQ Solar all pass the safety qualification standard IEC
61730 certified for application class A.
Modules qualified for safety through EN IEC61730.1 and EN IEC61730.2 within this
application class are considered to meet the requirements for Safety Class II.
6.2 ETL Certification
This product meets or exceeds the requirements set forth by UL1703 for PV Modules.
This UL1703 Standard covers flat-plate PV modules intended for installation on buildings
and those intended to be freestanding.
To satisfy the listing for this product the modules must be mounted with a rack or
standoff structure.
It does not include integration into a building surface because additional requirements
may apply.
This product is not intended for use where artificially concentrated sunlight is applied to
the module.
If the module is intended to be used on the roof in America, it must be used in
combination with a rack that meets the below conditions:
1. This rack has been tested in accordance with UL1703 system fire test and has a
system fire class rating.
2. During system fire test, the rack must use same “Type1/2” of module.
BenQ Solar is a division of AU Optronics.
© Copyright AU Optronics Corp. All rights reserved. AUO reserves the right to update, delete or modify the
information at any time without prior notification. All modifications and amendments shall be effective
immediately.
Page 25
24
版本
Rev.
修訂日期
Rev. Date
修訂內容
Update contents
1.0 2013/7/23 New issue
1.1 2013/7/25 Add section 4.4 transformer less of PM096
1.2 2014/04/23 1. Add new model : PM096B01, PM245P03
2. Modify the typo of PM096 clamping area
1.3 2014/06/30 Add new model : PM060P00
1.4 2014/07/01 Add new model : PM048M00/PM060M01/PM060M02
2.0 2014/12/11 Add new model : PM072P00, Modify electrical characteristic of modules.
2.1 2015/05/06 Add warning of legal
2.2 2015/12/01 Update model name and clamp position
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